For educational purposes the logical blocking system constitutes an indispensible protection/support by distinctly indicating and blocking non-allowed manoeuvres, ultimately preventing severe damage to the system.
The Power System Simulator comprises the complete chain of power distribution from generation, transformation, transmission, sub stations and distribution to consumers. Today, simulation plays an important roll in training people in various fields. With a simulator you can train people to make correct decisions under various operating conditions. All brought together in a highly elaborated SCADA environment.
Measurements and presentations are carried out by advanced microprocessor-based nodes, for instance digital bar graphs for synchronization procedures.
A wide selection of protective relays from world leader ABB can be chosen to satisfy any customer demand, this includes also ABB IED Relion (600) series which are compliant to the World Wide Power Industry. Power System Simulator is the only simulator for education that meets this requirement. The system comprises several advanced energy meters, each capable of displaying more than 30-parameters such as power factor and non-symmetrical loads.
The Solar Thermal Sun Simulator includes a stationary frame, sun simulator lights with heater assembly, and power box and cable. The light positions are adjustable. This system requires a Wire electrical service.
The Solar Thermal Sun Simulator for use indoors. This simulator provides thermal energy to simulate solar thermal power for commercial and residential systems. Instructors are often faced with challenges in teaching solar when faced with inclement weather. The Solar Thermal Sun Simulator provides the heat energy needed to simulate the suns solar energy when the solar thermal installation system is being used indoors.
It allows simulating the wind force and direction. System composed of: wind speed and direction sensor, power supply, fan, potentiometer, measurement circuit.
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Full term newborn life-size manikin with realistic anatomical features. Fully articulated head, neck and jaw with tongue. With soft, lifelike skin and moulded hair.
Features: Head tilt/chin lift to open the airway; Realistic chest rise on positive pressure ventilation; brachial artery pulse examination point.
The Rainfall Simulator consists of a metal frame that supports the spray head assembly. In use, water is pumped from the holding tank via a control valve to the spray nozzle. The unit may be placed directly on the ground for field studies or used with its accessory tray for laboratory experiments. Water from the spray nozzle is interrupted by a horizontal rotating disc driven by a variable speed motor. For use in field or laboratory electrical and water supplies are required. Adjustable width apertures in the disc allow some water to pass and the remainder is recirculated via the tank.
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Childbirth simulator for training in normal as well as abnormal deliveries including complete, frank, and footling breech
Allows training in normal delivery of umbilical cord and placenta
Comes with full term foetal baby with fontanelles, umbilical cord and placental
Anterior and posterior foetal fontanelles can be palpated
Consists of a full size adult female lower torso with a life-size pelvic cavity and major anatomical landmarks
Realistic simulation of Caesarean-section delivery, Ritgen’s manoeuvre, and intrauterine manipulation
Removable diaphragm end plate for manual positioning of foetal baby/babies
Simulation of multiple pregnancies in vertex/vertex, vertex/breech, breech/vertex, or breech/breech presentations
Can be used to demonstrate placenta praevia and prolapse of the umbilical cord
With soft vulval inserts for episiotomy exercises.
With inflatable uterus insert that allows for the performance of Leopold’s manoeuvres.
The console is divided into two control panels, each with detailedmimic diagrams. The upper panel has a single phase transmission line equivalentcircuit, and the lower panel a three-phase transmission line. The lines may beloaded by the resistive, capacitive and inductive loads included. The Transmission Line Simulator investigates single-phaseand three-phase transmission lines. The effectscan be monitored by instruments at the send and receive ends of thetransmission lines. The single-phase transmission line includes a set ofinductive impedances connected in series. The configurable simulated transmissionlines allow realistic studies of short, medium and long-distance transmissionlines under variable load and power factor conditions, as well as with insertedfaults. Tapping points allow the user to:
Change the length of the simulated line
The three-phase transmission line is in six sectionsrepresented in per-unit values.
Monitor the voltage, current and power at any point alongthe line.
Set up Pi or Tee methods of loss profiling using differentvalues of capacitance and
Facilities include:
A fault application switch and earth fault resistors allowstudies of earth fault currents and the operation of relays of varyingsensitivity.
Operating under variable balanced or unbalanced RLC loads
Provision to vary the length parameters
Select able neutral
For protection tests, current transformers in the test circuits connect to the protectionrelay fitted to the control panel.
A self-contained river flow simulator for the study and visualization of river formations, bed load studies and fluvial geomorphology
Tank mounted on a steel frame with jacking system to easily and safely adjust the tank slope while fully loaded
Uses sand as the media for detailed feature development and bed load motion studies
Stainless steel tank with a 2150mm x 900mm working area
Water reservoir, submersible pump, variable area flow meter and control valve giving flows from 1.5 to 15l/min
Water inlet vessel with stilling can be positioned anywhere in the tank
Supplied with comprehensive instruction manual.
Features:
Sturdy frame with dual jacks to vary slope
Stilled water inlet vessel, featuring variable positioning
Robust stainless steel tank
Variable flow, with flow meter
Uses sand for realistic and highly detailed feature formation
Self-contained, includes pump and water reservoir
Variable height exit.
The water finally flows back into the sump tank T1, the heat introduced into the system being removed by a water cooler, HE1. V2 simulates a vessel used for a hazardous process reaction, demanding the use of flame proof control equipment in its immediate vicinity, thus providing a logical reason for the use of pneumatic and interfaced control equipment. The process which forms the basis of operation of the various control loops and equipment is illustrated in. Water is fed to a centrifugal pump from sump tank T1 and then to a water heater HE2 before passing into two vessels V1 and V2, mounted in series and simulating a reactor system. Four standard areas of control are presented.
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Complete childbirth simulator, dark complexion, used for demonstration and practice of normal childbirth of single foetus and early postpartum management.
Simulation will cover the following obstetric procedures:
Palpation of foetal fontanels;
Normal vaginal delivery of single foetus;
Cutting and clamping umbilical cord;
Examination of placenta, umbilical cord and membranes during normal delivery
Early postpartum management;
Complete childbirth simulator, light complexion, used for demonstration and practice of normal childbirth of single foetus and early postpartum management.
Normal vaginal delivery of single foetus;
Simulation will cover the following obstetric procedures:
Examination of placenta, umbilical cord and membranes during normal delivery
Cutting and clamping umbilical cord;
Early postpartum management;
Palpation of foetal fontanels;
Newborn simulator to facilitate learning complete newborn care,including cord cutting and ligation, as well as newborn resuscitation, dark complexion
Texture of the simulator: soft and smooth, friction free to demonstrate the desired procedures. Realistically sculpted to resemble and simulatea baby, anatomically accurate and feeling smooth / resilient / bony as relevant and suitable for simulation.
Simulator consists of a dark skin manikin, that has an appearance andsize of full term infant with umbilical cord.
Material of the simulator: TPU (primary Thermoplastic polyurethane - TPU (primary material for body skin), Poly vinyl chloride - PVC (primary material in chest and face skin) silicone rubber, Polyoxymethylene - POM, Polypropylene - PP, and iron/steel.
Newborn simulator to facilitate learning complete newborn care,including cord cutting and ligation, as well as newborn resuscitation, light complexion
Simulator consists of a light skin manikin, that has an appearance and size of full term infant with umbilical cord.
Material of the simulator: Thermoplastic polyurethane - TPU (primary material for body skin), Polyvinylchloride - PVC (primary material in chest and face skin) silicone rubber, Polyoxymethylene - POM, Polypropylene - PP, and iron/steel.
Texture of the simulator: soft and smooth, friction free to demonstrate the desired procedures. Realistically sculpted to resemble and simulatea baby, anatomically accurate and feeling smooth / resilient / bony asrelevant and suitable for simulation.
Simulator is used to facilitate learning preterm infant care, including thermal care andfeeding support such as exclusive breastfeeding, alternative oral feeding and enteral feeding with nasogastric tube. Simulator, premature infant care, dark complexion.
Simulator consists of a dark skin manikin, that has an appearance and size of approximately 32 weeks old premature infant, together with Breastfeeding Simulator and Preterm Wrap.
Can be used to practice:
Breastfeeding - proper positioning and attachment.
Intragastric tube placement
Skin-to-skin care
Cup feeding
Material of the simulator: Vinyl, Silicone, Polyoxymethylene - POM, Poly vinyl chloride - PVC, Polypropylene - PP, Thermoplastic polyurethane - TPU
Texture of the simulator: Soft and smooth, friction free to demonstrate the desired procedures. Realistically sculpted to resemble and simulatea premature infant, feeling smooth / resilient / bony as relevant and suitable for simulation.
Simulator consists of a light skin manikin, that has an appearance andsize of approximately 32 weeks old premature infant, together with Breastfeeding Simulator and Preterm Wrap.
Material of the simulator: Vinyl, Silicone, Polyoxymethylene - POM, Poly vinyl chloride - PVC, Polypropylene - PP, Thermoplastic polyurethane – TPU.
Texture of the simulator: Soft and smooth, friction free to demonstrate the desired procedures. Realistically sculpted to resemble and simulatea premature infant, feeling smooth / resilient / bony as relevant andsuitable for simulation.
Simulator is used tofacilitate learning preterm infant care, including thermal care and feeding support such as exclusive breastfeeding, alternative oral feeding and enteral feeding with nasogastric tube. Simulator, premature infant care, light complexion.
Can be used to practice:
Breastfeeding - proper positioning and attachment.
Skin-to-skin care
Cup feeding
Intragastric tube placement.
Universal Industrial Process Simulator is effected by means of series R-C pneumatic circuits. Universal Industrial Process Simulator module allows to simulate the process, the regulating element, the measurement and transmission of the controlled quantity and to generate step or ramp noises.
The Universal Industrial Process Simulator is composed of Three sections:
Controlled quantity transmission,
Process simulation and noise generation,
Actuators.
All electrical components are industry standard components and the system circuit diagram is printed on the front panel. Test sockets are inserted to enable measuring instruments to be connected for fault finding. It includes 30 fault insertion switches.
An Industrial Air Conditioning Controls Simulator for studying the function of the electrical components commonly used in air conditioning equipment. It also allows students to become familiar with fault finding and diagnosis.
The has been designed and manufactured to incorporate all current safety standards.
The shows the electrical circuit for an air conditioning system with simulated winter (heating) and summer (cooling) operation. The compressor, fan and heater are automatically simulated in the equipment.
A bench-top unit for simulating the control systems installed in a building and studying the control and management of the various systems installed in a large industrial / commercial building.
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The industrial digital multi-controller will monitor and react to adjust parameters to achieve set-points with variation of outdoor air temperature, room temperature and relative humidity, thermal factor, incoming air temperature, incoming air flow and refrigerant flow.
A Domestic Building Air Conditioning Control Simulator for studying the management of automatically controlled air conditioning systems installed in residential buildings.
It also includes a configurable, industrial digital multi-controller that automatically monitors and controls different parameters to ensure the set-points are maintained.
The has been designed and manufactured to incorporate all current safety standards.
The simulates ON/OFF digital control and proportional analogue control. However, simulated PID control can be included upon request.
All electrical components are industry standard components and the system circuit diagram is printed on the front panel. Test sockets are inserted to enable measuring instruments to be connected for fault finding. It includes 15 fault insertion switches.
A Domestic Air Conditioning Controls Simulator for studying the function of the electrical components commonly used in ventilation and air conditioning equipment. It also allows students to become familiar with fault finding and diagnosis.
The has been designed and manufactured to incorporate all current safety standards.
The shows the electrical circuit for an air conditioning system. The compressor, fan and heater are automatically simulated in the equipment.
